def __init__(self, oracle):
self.init(
oracle = oracle,
currencyPair = sp.string(""),
value = sp.nat(0),
precision = sp.nat(0),
timestamp = sp.timestamp(0),
source = sp.string(""))
def test():
scenario = sp.test_scenario()
scenario.h1("Minimal")
c1 = EthClientOnTezos()
scenario += c1
scenario += c1.increment(sp.record(block = sp.record(hash = sp.string('sdhkf')) ))
scenario += c1
scenario += c1.add_block_header(sp.record(block = sp.record(parent_hash = sp.string('sdfsdf'), header_hash = sp.string('dfsdf'),header_number = 8)))
def test():
c = myContract()
secret = sp.string('My secret message')
password = sp.string('avada_kedavra')
packed = sp.pack(secret) + sp.pack(password)
hashed = sp.sha256(packed)
scenario = sp.test_scenario()
scenario.register(c, show=True) # same as scenario += c
c.store_hash(hashed)
def __init__(self):
self.init(storedValue = 0,
latest_block =0,
sample_hash = sp.string('0x'),
# Hash of the header that has the highest cumulative difficulty. The current head of the canonical chain
header_hash = sp.string('0x'),
# Hashes of the canonical chain mapped to their numbers. Stores up to `hashes_gc_threshold` entries header number -> header hash
canonical_header_hashes = sp.map(tkey= sp.TNat , tvalue=sp.TString),
# All known header hashes for a block number. Stores up to `finalized_gc_threshold`.
# header number -> hashes of all headers with this number.
# used in the relayer to backtrack if chain switched the fork.
known_hashes = sp.big_map(tkey = sp.TNat, tvalue= hash_set_type),
# Number of confirmations that applications can use to consider the transaction safe.For most use cases 25 should be enough, for super safe cases it should be 500.
num_confirmations=2
)
def test():
alice = sp.test_account('Alice')
bob = sp.test_account('Bob')
ts = sp.timestamp(0)
c = myContract()
scenario = sp.test_scenario()
scenario.register(c, show = True) # same as scenario += c
c.register(login = alice.address, name = sp.string('Alice')).run(now = ts)
ts = ts.add_days(1)
c.register(login = bob.address, name = sp.string('Bob')).run(now = ts)
ts = ts.add_days(2)
c.visit(alice.address).run(amount = sp.tez(5), now = ts)
c.visit(alice.address).run(amount = sp.tez(5), now = ts, valid = False)
ts = ts.add_days(4)
c.visit(alice.address).run(amount = sp.tez(3), now = ts, valid = False)
ts = ts.add_days(7)
c.visit(alice.address).run(amount = sp.tez(3), now = ts)
ts = ts.add_days(11)
c.visit(alice.address).run(amount = sp.tez(3), now = ts)
c.visit(bob.address).run(amount = sp.tez(3), now = ts, valid = False)
c.visit(bob.address).run(amount = sp.tez(5), now = ts)
c.visit(bob.address).run(amount = sp.tez(15), now = ts, valid = False)
ts = ts.add_days(12)
c.visit(bob.address).run(amount = sp.tez(3), now = ts)
def __init__(self):
self.init(votesRecord= sp.map(tkey = sp.TString , tvalue = sp.TInt), description = sp.string(''), owner= sp.string(''))
def __init__(self):
self.init(comments =sp.string(""),value = sp.int(0))
def check_metadata_list(l):
res = sp.local("toks", sp.string(""))
sp.for md in l:
res.value = sp.concat([md.symbol, res.value])
sp.verify((md.symbol == "TK0") | (md.symbol == "TK1"))
def check_metadata_list(l):
res = sp.local("toks", sp.string(""))
sp.verify(sp.len(l) == 1)
sp.for md in l:
sp.verify((md.symbol == "FSCK") & (md.name == "Fishcake"))